MIT Concrete Sustainability Hub (CSHub) is a research group based at the Massachusetts Institute of Technology (MIT) that focuses on enhancing the sustainability of concrete production and usage. The group is dedicated to understanding and improving the durability, energy efficiency, resiliency, and cost-effectiveness of concrete and infrastructure. Their interdisciplinary team combines expertise in science, engineering, and economics to tackle these challenges.

CSHub serves a wide range of clients, including construction companies, policymakers, and academic institutions. They operate in the construction and infrastructure market, which is crucial given that concrete is the most widely used building material globally. The research conducted by CSHub aims to reduce the environmental impact of concrete, particularly by lowering CO2 emissions and improving the material's lifecycle.

The business model of CSHub is primarily research-driven. They generate revenue through funding from industry partners, government grants, and academic collaborations. By offering cutting-edge research and practical solutions, CSHub helps its clients achieve greater fuel efficiency, lower maintenance costs, and better lifecycle planning for their projects.

CSHub also engages with the broader community through educational initiatives. They offer webinars almost every month, providing valuable insights into their latest research findings and technological advancements. These sessions are accessible to both industry professionals and the general public, fostering a greater understanding of sustainable construction practices.

In summary, MIT CSHub is at the forefront of sustainable concrete research, aiming to make concrete production and usage more environmentally friendly and cost-effective. Their work not only benefits the construction industry but also contributes to global efforts in reducing carbon emissions and promoting sustainable development.

Keywords: sustainability, concrete, research, durability, energy efficiency, resiliency, cost-effectiveness, CO2 reduction, lifecycle planning, construction.